（一）膜生物反应器技术
（1） Membrane bioreactor technology
这一技术在工业污水的治理领域所呈现的综合性特征比较显著，主要将生化、膜分离进行有效融合，所构建的全新处理技术，在工业污水领域所呈现的净化效果比较显著。能够针对污水中所具有的污染物质进行有效地过滤，从而达到良好的净化效果。其工作原理具体体现在：借助膜组件的功能优势，对活性污泥进行处理，将其滞留在反应器内。借助MBR的技术支撑，完成对有机物的处理[1]。
The comprehensive characteristics of this technology in the field of industrial wastewater treatment are significant, mainly the effective integration of biochemical and membrane separation. The new treatment technology constructed has significant purification effect in the field of industrial wastewater. It can effectively filter the pollutants in the sewage, so as to achieve good purification effect. Its working principle is embodied in: with the help of the functional advantages of membrane module, the activated sludge is treated and detained in the reactor. With the technical support of MBR, the treatment of organic matter was completed [1].
（二）生物制剂增效法
（2） Synergism of biological agents
在工业污水领域，生物制剂也是比较科学的技术手段，其所呈现的降解效果是比较显著的，也能够让污水处理工艺得到合理优化，同时也能够保证水体的生态环境受到保护。一般情况下，在利用该技术进行污水处理的过程中，需要在细菌的类型上进行规范选择，合理利用有益细菌，并在此基础上与水体中的有机物发生一定的生物反应，从而达到良好的分解处理效果。同时，在投入微生物菌株期间，还可以选择相关的消化酶，并将其有效地作用到水体环境当中，促进微生物在水体中的综合分解效能，也能够将有机物进行有效地转化，能够让水环境呈现出良好的净化效果，也能够有效地去除工业污水中的异味。
In the field of industrial wastewater, biological agents is also a more scientific technical means, its degradation effect is more significant, it can also make the wastewater treatment process reasonable optimization, but also can ensure that the ecological environment of the water body is protected. In general, in the process of using this technology for wastewater treatment, it is necessary to select the type of bacteria, make rational use of beneficial bacteria, and on this basis, have a certain biological reaction with the organic matter in the water, so as to achieve good decomposition treatment effect. At the same time, during the period of microbial strain input, relevant digestive enzymes can also be selected and effectively applied to the water environment to promote the comprehensive decomposition efficiency of microorganisms in the water, and effectively transform the organic matter, which can make the water environment present a good purification effect and effectively remove the odor in industrial sewage.

（三）氧化处理技术
（3） Advanced oxidation treatment technology
该技术简称AOPs，在降低污水毒性方面所具有的功能价值比较显著[2]。其工作原理具体体现在，经过一系列的反应，能够产生羟基，并借助其所具有的氧化功能，对水体中的污染物进行有效地干预，从而达到有机物有效分解的目的。该技术所蕴含的类型具有一定的多样性，具体包括Fenton氧化法，臭氧氧化法等，在针对工业污水进行作业处理的过程中，则可以根据实际情况进行规范选择。
This technology is called AOPs for short, which has significant function value in reducing the toxicity of wastewater [2]. Its working principle is embodied in that after a series of reactions, hydroxyl can be produced, and with the help of its oxidation function, the pollutants in water can be effectively intervened, so as to achieve the purpose of effective decomposition of organic matter. The types contained in this technology have certain diversity, including Fenton oxidation, ozone oxidation, etc. in the process of industrial wastewater treatment, it can be selected according to the actual situation.
（四）树脂交换法
（4） Resin exchange method
该技术的处理和应用效果也是比较显著的，尤其是在针对重金属的处理方面，所具有的功能价值比较显著，也能够让水体的颜色更加的透彻、干净，有效地控制污水的毒性。因此，在今后在针对工业污水进行有效处理的过程中，相关部门需要从实际情况出发，确定工业污水类型，在此基础上科学选择深度处理技术，从而达到水体净化的效果，或者，可以将多种处理技术进行有效结合，构建完善性、综合性的深度处理技术体系，从而保证所呈现的功能效果更加突出。
The treatment and application effect of this technology is also significant, especially in the treatment of heavy metals, which has significant functional value, and can make the color of water more thorough and clean, and effectively control the toxicity of sewage. Therefore, in the process of effective treatment of industrial sewage in the future, relevant departments need to determine the type of industrial sewage from the actual situation, and scientifically select advanced treatment technology on this basis, so as to achieve the effect of water purification. Or, a variety of treatment technologies can be effectively combined to build a perfect and comprehensive advanced treatment technology system, So as to ensure that the presented function effect is more prominent.